Sharp free form display.Sharp Free-Form Display to free up display designs

 

Sharp free form display

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Related Stories.Sharp Free-Form Display Technology to be used in future Nintendo Products – Load the Game

 

Our line-up includes the best in Sharp reflective technology, from our Memory-in-Pixel LCDs to new Reflective IGZO display modules that enable thin, lightweight products with ultra-low power requirements. Also built on industry-leading IGZO are our new 8K displays, perfect for 3D, medical, and other high-resolution applications. Sharp FreeForm Display im deutschen Handson ere uns kostenlos auf YouTube: uns auf Facebook: International CES.

 

Sharp free form display.These are the amazing ‘free-form’ displays that Nintendo may be using – The Verge

Cars of the future would look oh-so-cool with such a dashboard. Jun 18,  · Sharp today announced its upcoming “Free-Form Display” technology that will allow the company to nearly eliminate the traditional bezel that surrounds LCD displays. As a result, Sharp Author: Eric Slivka. Our line-up includes the best in Sharp reflective technology, from our Memory-in-Pixel LCDs to new Reflective IGZO display modules that enable thin, lightweight products with ultra-low power requirements. Also built on industry-leading IGZO are our new 8K displays, perfect for 3D, medical, and other high-resolution applications.
 
 
related:
Sharp Develops Free-Form Display, Enables Vastly Greater Design Freedom for Displays
Recommended for you
Sharp Free-Form Display to free up display designs
These are the amazing ‘free-form’ displays that Nintendo may be using
Share this story
The prototype of the Russian “Itanium Killer” – by the end of the year, or a look at E2K “from there”

An interesting article was found on the pages of the ExtremeTech website, which is part of the ZD Network media corporation. Yesterday there were published reflections on the viability of the Russian Elbrus E2K processor, which is being developed within the walls of Elbrus MCST (Moscow Center of Sparc Technology, that is, the Moscow center of Sparc technologies).

According to the project manager Boris Babayan, the head of MCST CJSC, the E2K project is currently alive and developing. What’s more, the company hopes to get a prototype processor by the end of 2021. “At the end of year will be first prototype silicon” – these are the lines written in Babayan’s letter to ExtremeTech. “We don’t want many noise before it.”That is, a prototype in silicon will be obtained before the end of the year, however, there is no need to make noise about it ahead of time.

Indeed, it is better, as they say, to count chickens in autumn. However, we are all interested in at least some current information about the progress of the project.

Refreshing the details. According to the internal Elbrus MCST roadmap, the Elbrus processor will only have a clock speed of 400 MHz using the 0.18 micron process technology, however, its successor, E2K, will be able to reach 1.2 GHz by 2021 (if everything goes according to plans). According to the company, using the 0.10 micron process technology, the E2K will be able to achieve clock speeds of the order of 3 GHz and show performance in the SPECint95 and SPECfp95 benchmarks, respectively. Building on the original Sparc (Sun Microsystems) processor architecture, Elbrus MCST has developed its own instruction set with binary compilation technology similar to the code-morphing technology used by Transmeta in its Crusoe chips. Despite the seemingly rather low clock frequencies by today’s standards, Elbrus will initially support the hyper-parallel architecture, which will certainly allow not to chase high frequencies and will give low power consumption. According to Babayan, the processor will perform up to 24 operations per cycle.

Alas, as always, it comes down to funding. According to Babayan, quoted by the Kommersant newspaper, even if the state allocates $ 100 million. to develop a new architecture, you still need to find a billion dollars somewhere else to bring the project to implementation.

Babayan sees the only way to overcome the financial problem through cooperation with Western companies. There are now five Western companies among potential partners of the Elbrus project: Avant!, Cisco Systems, Infineon Technologies, Sun Microsystems and Transmeta Corp. At the same time, Sun and Transmeta officials express their point of view that the creation of the Elbrus processor is a fairly real and viable project, the whole problem rests only on money. “I’m confident in these guys, we know each other from working together at Sun,” said Dave Ditzel, Vice President and CTO of Transmeta. “I consider many of them my friends…”. Sun Microsystems representatives confirmed that the Elbrus project is being developed in cooperation with Sun, in particular, special software is being jointly developed (which is not specified).

The main problem the project is currently facing is the lack of a ready-made processor. Until there is a chip in silicon, it is problematic to talk about the allocation of finance. This gives the estimates of American analysts a fair amount of skepticism at the mention of the Elbrus project.
“Until they have something to show, I don’t think the story will get any further,” said analyst Peter Glaskowsky, editor-in-chief of The Microprocessor Report, published by Cahners MicroDesign Resources. Well-known analyst Dean McCarron, an analyst at Mercury Research, has a more optimistic view of this issue: despite the fact that he considers funding a key factor for success, in his opinion, such options are not excluded when an almost unknown company succeeds. “There have been stories of small development teams that succeed,” he said. “Such as [processor designers] Athlon.”

Leave a Reply

Your email address will not be published. Required fields are marked *